數據處理 data handling; data processing◇數據處理程序 data processor; 數據處理機 data processor; datatron; data-processing machine; 數據處理技術 data processing technique; 數據處理能力 [自動化] data-handling capacity; 數據處理器 data processor; data process equipment
數據處理部 data processing department; dpd data processing division
數據處理機 array processor; data datatron; data handling unit; data machine; data proce ing machine; data proce machine; data proce or; data process machine; data processing equipment; data processor; dataplotter; dpm data processing machine; processing machine, data; processor
Algorithm for shoe last measure data disposed 鞋楦測量數據處理算法
Meanwhile compacting and analyzing various algorithms that deal with mass datum , we gained a better precision and efficiency of the apparatus 同時,對若干數據處理算法進行了比較分析,并應用于該系統,使得儀器的校驗精度和效率得到進一步提高。
Otherwise , this paper introduces a compound language programming method of vb and c because the data processing arithmetic is programmed by c language 另外,因為數據處理算法通過c語言程序實現,所以文中介紹了一種簡單的c語言與vb語言的混合編程方法。
The accuracy of sar interferometry is effected by sar system , geophysical parameters , e . g . earth surface condition and instable atmosphere Sar干涉測量的精度,不僅與sar傳感器系統、地球環境(如地球表面參數、大氣參數等)有關,干涉數據處理算法也是很關鍵的因素。
In chapter five , there are many procedures associated with flow diagrams or codes , they make the system use easily and effectively . the implement of the user ' s interfaces , data interfaces and algorithms are expressed here , especially the designing of dealing with anti - noise and communication protocol 第五章給出了本系統的軟件部分結合程序流程框圖和代碼,對人機界面和交互接口的實現,數據處理算法的實現等作出了詳細的剖析。
Algorithms of insar data processing are also key factors , which related directly to the quality of dem and differential interferometric products , so it is necessary to develop advanced data processing algorithms and evaluate the accuracy of sar interferometry 數據處理算法的優劣,直接影響到所提取的dem及差分干涉測量產品的質量。因此,發展更為完善的數據處理算法及對干涉測量的誤差進行評估,是目前干涉測量研究的必需,也是干涉sar遙感創新研究的需要。
Finally , analyzes and compares various algorithms of data processing , and the algorithm is emulated , study the effect which algorithm is to the measure parameters then expound algorithm which function added to window , use it to reduce the effect which algorithm is to the measure parameters 并對系統的硬件調試進行了總結;最后,分析比較了幾種數據處理算法,并對算法進行了仿真,分析了算法對測量參數的影響,提出了用加窗的方法來消除算法對測量參數的影響。
Having set up the models of the system , we discussed further some primary problems of the real - time technology , such as the data processing , the calculation of the flow , the calculation of the loss and the effective measures that can decrease the loss etc . the data processing realized the dynamic subsection interpolation to the original data . through this measure , the data would be more precise and reliable . the calculation of the flow and the loss solved the problems about the real - time calculation of the flow and the loss , showing the characteristics and advantages of the real - time system 其中數據處理算法實現了對取得的原始數據進行動態分段插值,使得處理后的數據有效的貼近接口數據的原始幾何,較好的反映了系統的運行狀態;潮流計算和損耗計算解決了利用運行數據和系統參數在線計算系統潮流和損耗的問題,反映出實時系統的特點和優勢;降損分析主要探討了較通用的一些技術降損措施,并定量的分析了它們的降損效果和同時采用幾種措施的綜合降損效果。
By analyzing the design principle , the paper devised an image source signal alternated with black and white strip and it has a good effect . meanwhile , the system demand of imaging link was analyzed , such as light source , lens and camera etc . in addition , the principles of both the correlation algorithm and generalized correlation time delay estimation based on adaptive technology were studied , and a comparison between them was made as well 本文中分析了圖像源信號的設計原則,并設計了一種黑白相間的傾斜條紋圖案作為圖像源信號,獲得了良好的測量效果;分析了測量系統對光源、鏡頭、相機等成像環節的要求;研究了相關算法和基于自適應技術的廣義相關時延估計法兩種數據處理算法的原理,并對兩種方法的性能進行了比較。
And then the mathematical modeling of uncertainty propagation is established in term of the data processing algorithms . next the algorithms of uncertainty propagation are deduced . at last the result of estimating uncertainty is computed by applying the estimating method in this paper and data of calibrating experiment based on “ ntn ” technology 首先,研究各不確定度分量的標準不確定度計算方法;其次,建立不確定度經數據處理算法傳遞的數學模型;再次,推導不確定度經數據處理傳遞的算法;最后,應用本文研究的不確定度評定方法,結合“ ntn ”技術校準實驗的測量數據,計算出不確定度評定結果。